Interactions between plants and the root-colonizing fungus Fusarium oxysporum (Fo) can be
neutral, beneficial, or detrimental for the host. Fo is infamous for its ability to cause wilt, root …

Plant diseases induced by soil‐borne plant pathogens are among the most difficult to
control. In the absence of effective chemical control methods, there is renewed interest in …

The most common approach to biological control consists of selecting antagonistic
microorganisms, studying their modes of action and developing a biological control product …

土传病害已成为严重制约我国农牧业发展的主要原因, 近年来人们对于食物安全的重视和环保
意识的增强, 对农业的可持续发展提出了更高的要求. 生物防治因其低成本, 高效率 …

Fungi with antagonistic activity toward plant pathogens play an essential role in plant growth
and health. To analyze the effects of the plant species and the site on the abundance and …

In soil, fungal colonization of plant roots has been traditionally studied by indirect methods
such as microbial isolation that do not enable direct observation of infection sites or of …

Thiamine confers systemic acquired resistance (SAR) on susceptible plants through priming,
leading to rapid counterattack against pathogen invasion and perturbation of disease …

A nonpathogenic rhizobacterium, Pseudomonas putida LSW17S, elicited systemic
protection against Fusarium wilt and pith necrosis caused by Fusarium oxysporum f. sp …

Fusarium wilt caused by Fusarium oxysporum f. sp. pisi (Fop) is one of the most destructive
diseases of pea worldwide. Control of this disease is difficult and it is mainly based on the …

Fusaric acid (FA) is a toxin produced by Fusarium species. Most studies on FA have
reported toxic effects (for example, alteration of cell growth, mitochondrial activity and …